Nosler Load Data in Caliber .338 Lapua Mag.
Nosler
Nosler, Inc., founded in 1948 by John Nosler, is a well-known American manufacturer specializing in high-performance bullets, brass, ammunition, and semi-custom rifles. The company's inception is rooted in a personal hunting experience where John Nosler, while hunting moose in British Columbia, found that his bullets failed to perform adequately, inspiring him to design a more reliable projectile. This led to the creation of Nosler's original Partition bullet, which featured a dual-core design with a partitioned jacket to ensure controlled expansion and deep penetration, setting a high standard in bullet performance. Over the decades, Nosler has expanded its product line significantly, maintaining a reputation for innovation and quality. Nosler's bullet product range includes several notable lines designed to meet various hunting and shooting needs. The Partition remains a cornerstone, renowned for its ability to combine rapid expansion with deep penetration. The Ballistic Tip line is another popular choice, designed for accuracy and rapid expansion, making it ideal for varmint and game hunting. For long-range precision, the AccuBond series offers a bonded-core bullet that combines high ballistic coefficients with controlled expansion and deep penetration. The E-Tip line is Nosler's lead-free option, featuring an all-copper construction to meet environmental regulations without sacrificing performance. The company also offers the Varmageddon series, specifically designed for varmint hunters seeking high accuracy and explosive performance upon impact. For competitive shooters, the Custom Competition line provides match-grade accuracy and consistency. The RDF (Reduced Drag Factor) bullets are engineered for long-range shooting, offering minimal drag and high ballistic coefficients. Nosler's recent innovations include the AccuBond Long Range (ABLR) bullets, which cater to hunters needing reliable performance at extended distances, maintaining controlled expansion at both high and low velocities. Nosler’s commitment to quality and performance has established the company as a trusted name among hunters, shooters, and reloaders. With a rich history of innovation and a diverse product range, Nosler continues to be a leader in the ammunition industry, delivering products that meet the evolving needs of its customers.
.338 Lapua Mag.
The .338 Lapua Magnum, also known as the 8.6x70mm, is a long-range rifle cartridge developed in the 1980s by the Finnish firearms manufacturer Lapua. It was designed to be a high-powered, accurate cartridge for military and law enforcement snipers, as well as for long-range target shooting and big game hunting.
The cartridge has a bullet diameter of .338 inches and a case length of 2.7 inches. It is capable of firing bullets weighing between 200 and 300 grains at muzzle velocities ranging from 2,800 to 3,200 feet per second.
The .338 Lapua Magnum is a highly accurate cartridge with a flat trajectory that makes it ideal for long-range shooting. It is capable of delivering high amounts of energy to the target at distances of up to 1,500 yards or more.
The cartridge is commonly used by military and law enforcement snipers, as well as by civilian long-range shooters and big game hunters who need to take shots at extended ranges. It is also used in long-range shooting competitions, where it has set numerous records.
The .338 Lapua Magnum is typically chambered in bolt-action rifles, although it has also been used in semi-automatic rifles such as the Barrett M82 and the Sako TRG-42. It is not as widely available as some of the more common rifle cartridges, but it is gaining popularity among long-range shooters and hunters who appreciate its power and accuracy.
Due to its high muzzle velocity and energy, the .338 Lapua Magnum generates significant recoil, which can be a challenge for some shooters. However, many firearms manufacturers now produce rifles with effective recoil-reducing features, such as muzzle brakes and adjustable stocks, that help to mitigate this issue.
